New algorithm to limit the huge list of prospective batt materials
A group of American scientists have selected 133 thousand prospective molecules for batt electrolyte from the list of 166bn with the help of newly created machine learning algorithm. The new approach is said to minimize the cost of computational examination without compromising the investigation accuracy.
#solar #solarenergy #batterystorage #solartechnology #solarefficiency
https://list.solar/news/new-algorithm/
A group of American scientists have selected 133 thousand prospective molecules for batt electrolyte from the list of 166bn with the help of newly created machine learning algorithm. The new approach is said to minimize the cost of computational examination without compromising the investigation accuracy.
#solar #solarenergy #batterystorage #solartechnology #solarefficiency
https://list.solar/news/new-algorithm/
List.Solar
New algorithm to limit the huge list of prospective batt materials
A group of American scientists have selected 133 thousand prospective molecules for batt electrolyte from the list of 166bn with the help of newly created
A new metric to evaluate the economic feasibility of cell efficiency increase
Researchers have introduced a new metric for determination of the highest allowable cost for cell efficiency increase and levelized cost of electricity optimization. The scientists have called this new parameter ‘value of efficiency’.
#solar #solarcell #solartechnology #solarefficiency
https://list.solar/news/a-new-metric/
Researchers have introduced a new metric for determination of the highest allowable cost for cell efficiency increase and levelized cost of electricity optimization. The scientists have called this new parameter ‘value of efficiency’.
#solar #solarcell #solartechnology #solarefficiency
https://list.solar/news/a-new-metric/
List.Solar
A new metric to evaluate the economic feasibility of cell efficiency increase
Researchers have introduced a new metric for determination of the highest allowable cost for cell efficiency increase and levelized cost of electricity
Scientific team from Japan finds the reason of OPV cell degradation under ultraviolet light
The researchers have found out that performance of organic solar cells drops by about a half after a hundred hours of light exposure. They explain the degradation by increasing resistance of OSC layer.
#solar #solarcell #solartechnology #solarefficiency
https://list.solar/news/scientific-team/
The researchers have found out that performance of organic solar cells drops by about a half after a hundred hours of light exposure. They explain the degradation by increasing resistance of OSC layer.
#solar #solarcell #solartechnology #solarefficiency
https://list.solar/news/scientific-team/
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Scientific team from Japan finds the reason of OPV cell degradation under ultraviolet light
The researchers have found out that performance of organic solar cells drops by about a half after a hundred hours of light exposure. They explain the
Innovative material to boost performance of photovoltaic cells
A group of scientists from the Korean IBS, in collaboration with the Netherlands-based UvA, has created a new 2D material with atomic layer thickness, which offers super high energy conversion efficiency.
#solar #solarcell #solartechnology #solarefficiency #Photovoltaics
https://list.solar/news/innovative-material/
A group of scientists from the Korean IBS, in collaboration with the Netherlands-based UvA, has created a new 2D material with atomic layer thickness, which offers super high energy conversion efficiency.
#solar #solarcell #solartechnology #solarefficiency #Photovoltaics
https://list.solar/news/innovative-material/
List.Solar
Innovative material to boost performance of photovoltaic cells
A group of scientists from the Korean IBS, in collaboration with the Netherlands-based UvA, has created a new 2D material with atomic layer thickness, which
Soltec announces better energy harvest using 2P on bifacial trackers
Soltec, a leading solar tracker manufacturer, has announced the results of bifacial PV panel and tracker functionality testing from the BiTEC test centre at Livermore, the state of California, revealing an advantage in using two-module-in-portrait as well as a general gain of 15.7 percent.
#solar #bifacialtrackers #solartechnology #solarefficiency #trackermanufacturer #PVpanel
https://list.solar/news/soltec-announces/
Soltec, a leading solar tracker manufacturer, has announced the results of bifacial PV panel and tracker functionality testing from the BiTEC test centre at Livermore, the state of California, revealing an advantage in using two-module-in-portrait as well as a general gain of 15.7 percent.
#solar #bifacialtrackers #solartechnology #solarefficiency #trackermanufacturer #PVpanel
https://list.solar/news/soltec-announces/
List.Solar
Soltec announces better energy harvest using 2P on bifacial trackers
Soltec, a leading solar tracker manufacturer, has announced the results of bifacial PV panel and tracker functionality testing from the BiTEC test centre at
Chalcogenide perovskite materials for waste heat recovery and solar power
The recent study has shown that metal chalcogenide perovskite materials may be utilized for conversion of heat energy into consumable electrical power. These compounds, suitable for solar cell production, feature excellent aqueous and thermal stability. Another benefit is nontoxicity of their elements.
#solar #solarcell #solartechnology #solarefficiency #perovskite #perovskitecells
https://list.solar/news/chalcogenide/
The recent study has shown that metal chalcogenide perovskite materials may be utilized for conversion of heat energy into consumable electrical power. These compounds, suitable for solar cell production, feature excellent aqueous and thermal stability. Another benefit is nontoxicity of their elements.
#solar #solarcell #solartechnology #solarefficiency #perovskite #perovskitecells
https://list.solar/news/chalcogenide/
List.Solar
Chalcogenide perovskite materials for waste heat recovery and solar power
The recent study has shown that metal chalcogenide perovskite materials may be utilized for conversion of heat energy into consumable electrical power. These
Collaboration for 20 percent efficient CIGS solar modules
European solar panel makers have combined efforts with research centers to developed improved procedures for CIGS manufacturing. The venture codenamed SUCCESS aims at production line efficiency exceeding 20 percent for modules sized 30 cm x 30 cm
#solar #solarpanel #solartechnology #solarefficiency #CIGS #solarmodules
https://list.solar/news/collaboration/
European solar panel makers have combined efforts with research centers to developed improved procedures for CIGS manufacturing. The venture codenamed SUCCESS aims at production line efficiency exceeding 20 percent for modules sized 30 cm x 30 cm
#solar #solarpanel #solartechnology #solarefficiency #CIGS #solarmodules
https://list.solar/news/collaboration/
List.Solar
Collaboration for 20 percent efficient CIGS solar modules
European solar panel makers have combined efforts with research centers to developed improved procedures for CIGS manufacturing. The venture codenamed SUCCESS
French research center working on software to predict energy loss in solar plants
Liten is creating software to assess energy waste in solar facilities at every stage of operation. The algorithm is intended for optimized maintenance and guaranteed performance of large-scale PV plants.
#solar #solarsoftware #PVplants #solartechnology
https://list.solar/news/french-research/
Liten is creating software to assess energy waste in solar facilities at every stage of operation. The algorithm is intended for optimized maintenance and guaranteed performance of large-scale PV plants.
#solar #solarsoftware #PVplants #solartechnology
https://list.solar/news/french-research/
List.Solar
French research center working on software to predict energy loss in solar plants
Liten is creating software to assess energy waste in solar facilities at every stage of operation. The algorithm is intended for optimized maintenance and
Walkable solar pavement
A research group from China has developed a solar floor tile for pedestrians’ and cyclists’ paths. The innovation has been piloted on Hong Kong-based Green Deck. The walkable tile is claimed durable, heat-resistant, nonslip and conversion efficient.
#solar #PVtile #solartechnology
https://list.solar/news/walkable-solar/
A research group from China has developed a solar floor tile for pedestrians’ and cyclists’ paths. The innovation has been piloted on Hong Kong-based Green Deck. The walkable tile is claimed durable, heat-resistant, nonslip and conversion efficient.
#solar #PVtile #solartechnology
https://list.solar/news/walkable-solar/
List.Solar
Walkable solar pavement
A research group from China has developed a solar floor tile for pedestrians’ and cyclists’ paths. The innovation has been piloted on Hong Kong-based Green
Chinese researchers study gas release when combusting PET-laminated thin-film solar panels
A group of researchers from the Chinese national research institute has examined the way flexible thin-film solar modules with PET-lamination behave when burnt. The findings show that, in the process of combustion, the device releases such toxic emissions as HCN, hydrofluoric acid, SO2 and some VOCs.
#solar #solarpanel #solartechnology #flexiblepanels #solarmodules
https://list.solar/news/chinese-researchers/
A group of researchers from the Chinese national research institute has examined the way flexible thin-film solar modules with PET-lamination behave when burnt. The findings show that, in the process of combustion, the device releases such toxic emissions as HCN, hydrofluoric acid, SO2 and some VOCs.
#solar #solarpanel #solartechnology #flexiblepanels #solarmodules
https://list.solar/news/chinese-researchers/
List.Solar
Chinese researchers study gas release when combusting PET-laminated thin-film solar panels
A group of researchers from the Chinese national research institute has examined the way flexible thin-film solar modules with PET-lamination behave when
Israel scientists find new way to keep dust off solar panels
Inspired by the lotus effect, scientists from Negev-based BGU have examined mechanisms and forces that may be improved to keep dust off solar cells for higher performance. The innovative technology allows removing 98% of the dust amount from panel surface.
#solar #solarpanel #solartechnology #solarcells #solarmodules
https://list.solar/news/israel-scientists/
Inspired by the lotus effect, scientists from Negev-based BGU have examined mechanisms and forces that may be improved to keep dust off solar cells for higher performance. The innovative technology allows removing 98% of the dust amount from panel surface.
#solar #solarpanel #solartechnology #solarcells #solarmodules
https://list.solar/news/israel-scientists/
List.Solar
Israel scientists find new way to keep dust off solar panels
Inspired by the lotus effect, scientists from Negev-based BGU have examined mechanisms and forces that may be improved to keep dust off solar cells for higher
Next-generation monograin layer solar cells containing silver
The scientific team from TalTech has finally succeeded in improving the performance of their innovative photovoltaic cells by replacing part of copper in absorbing layer with silver.
#solar #solarcell #solartechnology #solarefficiency
https://list.solar/news/next-generation/
The scientific team from TalTech has finally succeeded in improving the performance of their innovative photovoltaic cells by replacing part of copper in absorbing layer with silver.
#solar #solarcell #solartechnology #solarefficiency
https://list.solar/news/next-generation/
List.Solar
Next-generation monograin layer solar cells containing silver
The scientific team from TalTech has finally succeeded in improving the performance of their innovative photovoltaic cells by replacing part of copper in
French research institute breaks efficiency record for silicon heterojunction solar cells
LITEN, a major European research institute, announces a 24.25 percent record, approved by the German independent calibration and test laboratory.
#solar #solarcell #solartechnology #solarefficiency
https://list.solar/news/french-research-1/
LITEN, a major European research institute, announces a 24.25 percent record, approved by the German independent calibration and test laboratory.
#solar #solarcell #solartechnology #solarefficiency
https://list.solar/news/french-research-1/
List.Solar
French research institute breaks efficiency record for silicon heterojunction solar cells
LITEN, a major European research institute, announces a 24.25 percent record, approved by the German independent calibration and test laboratory.
Crystallographic defects can improve battery performance
A group of researchers from Rice University of Texas have found out that introducing antisite defects into lithium iron phosphate lattice makes the roads for lithium ion broader.
#solar #solarenergy #batterystorage #solartechnology #solarefficiency
https://list.solar/news/crystallographic/
A group of researchers from Rice University of Texas have found out that introducing antisite defects into lithium iron phosphate lattice makes the roads for lithium ion broader.
#solar #solarenergy #batterystorage #solartechnology #solarefficiency
https://list.solar/news/crystallographic/
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Crystallographic defects can improve battery performance
A group of researchers from Rice University of Texas have found out that introducing antisite defects into lithium iron phosphate lattice makes the roads for
American scientists find way for efficiently conversion of photons by silicon
A scientific group from two U.S.-based universities has discovered how to transfer the energy between the molecules of silicon and organic material. So far, this phenomenon was only theoretical. The discovery has vast prospects for medical, solar power, and quantum computing applications.
#solar #photons #silicon #solartechnology #solarefficiency
https://list.solar/news/american-scientists-1/
A scientific group from two U.S.-based universities has discovered how to transfer the energy between the molecules of silicon and organic material. So far, this phenomenon was only theoretical. The discovery has vast prospects for medical, solar power, and quantum computing applications.
#solar #photons #silicon #solartechnology #solarefficiency
https://list.solar/news/american-scientists-1/
List.Solar
American scientists find way for efficiently conversion of photons by silicon
A scientific group from two U.S.-based universities has discovered how to transfer the energy between the molecules of silicon and organic material. So far,
Solar cells with holes pierced in them can be used as windows
UNIST researchers have discovered how to let light through photovoltaic panels. They have made dense micro-holes in a cell, which makes it seen as fully transparent and suitable for window application.
#solar #solarcell #solartechnology #solarpanel
https://list.solar/news/solar-cells-with/
UNIST researchers have discovered how to let light through photovoltaic panels. They have made dense micro-holes in a cell, which makes it seen as fully transparent and suitable for window application.
#solar #solarcell #solartechnology #solarpanel
https://list.solar/news/solar-cells-with/
List.Solar
Solar cells with holes pierced in them can be used as windows
UNIST researchers have discovered how to let light through photovoltaic panels. They have made dense micro-holes in a cell, which makes it seen as fully
Next-generation light-weight, flexible and long-lasting batts
A group of Korean researchers, headed by Prof Soojin Park, has created foldable batts with thin 3D organic electrodes.
#solar #solarenergy #flexiblebattery #solartechnology
https://list.solar/news/next-generation-1/
A group of Korean researchers, headed by Prof Soojin Park, has created foldable batts with thin 3D organic electrodes.
#solar #solarenergy #flexiblebattery #solartechnology
https://list.solar/news/next-generation-1/
List.Solar
Next-generation light-weight, flexible and long-lasting batts
A group of Korean researchers, headed by Prof Soojin Park, has created foldable batts with thin 3D organic electrodes.
LBIC: Seeing solar potential
Digital imagery with laser lighting has been utilized to quantify a solar cell's performance for a while through a procedure called light beam induced current (LBIC) mapping. But, because of the serial nature of image processing, it has not been easy to do fast. Danish start-up InfinityPV states it has used a method which can expedite the LBIC rate by over 10 million times.
#solar #solarcell #solartechnology #solarpotential
https://list.solar/news/lbic-seeing-solar/
Digital imagery with laser lighting has been utilized to quantify a solar cell's performance for a while through a procedure called light beam induced current (LBIC) mapping. But, because of the serial nature of image processing, it has not been easy to do fast. Danish start-up InfinityPV states it has used a method which can expedite the LBIC rate by over 10 million times.
#solar #solarcell #solartechnology #solarpotential
https://list.solar/news/lbic-seeing-solar/
List.Solar
LBIC: Seeing solar potential
Digital imagery with laser lighting has been utilized to quantify a solar cell's performance for a while through a procedure called light beam induced
Freestanding microwire-array allows flexible solar window
TSCs are emerging devices which combine the advantages of visible transparency and light-to-electricity conversion. Among the valuable potential applications of these devices is their integration into vehicles, buildings, or mobile electronics. Therefore, color-perception and flexibility are important in addition to the efficiency.
#solar #solarefficiency #solartechnology #flexiblesolar #solarwindow
https://list.solar/news/freestanding/
TSCs are emerging devices which combine the advantages of visible transparency and light-to-electricity conversion. Among the valuable potential applications of these devices is their integration into vehicles, buildings, or mobile electronics. Therefore, color-perception and flexibility are important in addition to the efficiency.
#solar #solarefficiency #solartechnology #flexiblesolar #solarwindow
https://list.solar/news/freestanding/
List.Solar
Freestanding microwire-array allows flexible solar window
TSCs are emerging devices which combine the advantages of visible transparency and light-to-electricity conversion. Among the valuable potential applications
NYSERDA has announced Ulster-based energy storage project to replace the earlier planned gas-powered plant
NYSERDA has contracted with GlidePath’s unit for construction of a 20MW storage facility. The project will be deployed in Town of Ulster instead of the fossil-fuel plant proposed earlier.
#solar #solarenergy #batterystorage #solartechnology #solarefficiency
https://list.solar/news/nyserda-has-announced/
NYSERDA has contracted with GlidePath’s unit for construction of a 20MW storage facility. The project will be deployed in Town of Ulster instead of the fossil-fuel plant proposed earlier.
#solar #solarenergy #batterystorage #solartechnology #solarefficiency
https://list.solar/news/nyserda-has-announced/
List.Solar
NYSERDA has announced Ulster-based energy storage project to replace the earlier planned gas-powered plant
NYSERDA has contracted with GlidePath’s unit for construction of a 20MW storage facility. The project will be deployed in Town of Ulster instead of the